Method and device for treating inter alia the cervix

Abstract

This invention relates to a non-invasive method for treating cells affected by at least one oncogenic virus, comprising the steps of providing a substance comprising at least one of ozone, an ozone donor, oxygen and an oxygen donor; and subjecting an area of body tissue comprising the affected cells to the substance. Further the invention relates to the non-invasive method applied in uterus cavity and uterine tubes for treating cells infected by at least one of pathologic viruses, bacteria and fungi. Further a device for performing the method at the cervix uteri is provided by this invention. The device comprises a cup, having a bottom and a wall, and a shaft connected at one end thereof to the bottom. The wall and shaft respectively extends in opposite directions from the bottom. The shaft has at least one inlet duct and at least one outlet duct. The wall has a mouth portion arranged to encircle the portio of the cervix uteri, and the height of the wall is such that, a chamber is defined by the bottom, wall and portio. The outlet duct(s) has at least one opening within the chamber.

Description

[0001] This invention relates to a method for treating the cervix uteri, and other portions of the body where cells can be affected by oncogenic viruses. In particular the invention relates to a method for treating cervix cancer. Further this invention relates to a device for performing the method and related actions at least in the cervix area.TECHNICAL BACKGROUND[0002] Cervix carcinoma is the third most common cancer among women worldwide. Approximately, 80% of all cervical malignancies are histologically squamous cell carcinomas. Experimental and epidemiologic data suggest that certain subtypes of human papilloma virus play an etiologic role in the development of cervical carcinoma by transforming epithelial cells into precancerous cells. The precancerous lesions may be defined as mild, moderate and severe dysplasia or carcinoma in situ. Studies have suggested that cancers in situ, when left untreated, can progress into invasive cancer after a varying period of time, up to severa...

AI Technical Summary

Benefits of technology

[0015] Further, the method is primarily adopted to the treatment of epithelial cells in cervix uteri. They constitute the surface of the tissue where they are arranged in one or more layers. It is also these cells in cervix uteri that become infected by oncogenic viruses, and thus the method is most effective for the aimed at treatment.

[0030] According to another embodiment of said device the pin is joined with the bottom of the cup and extends beyond the mouth of the cup to such an extent that the pin, when the device is positioned at the cervix area, extends at least a portion into the cervical canal. Further the pin is surrounded by a supporting structure comprising apertures. The main purpose of the supporting structure surrounding the pin is to prevent the cervical canal from collapsing onto the outer wall of the pin.

Problems solved by technology

Despite intensive research during recent years, there is no available method to convenient and effectively treat women with cervical carcinoma without exposing the woman to expensive and invasive surgery.

However, a treatment having a surgical character is always accompanied by risks that do not exist in non-surgical treatments.

By desiccating the cells it may be possible to obtain additional positive effects, because the desiccation causes unfavourable conditions for the viruses.

The portio could otherwise sink too low in the cup because the tissues are soft and moist.

However, this known device inter alia is not useable for letting in and out, respectively, a substance.

Thus, inter alia it does not provide for the possibility of a continuous exchange of substance at the treatment area.

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